Equine Performance Innovative Center: EPIC

Neurologic signs in young horses require immediate differentiation between infectious and structural causes. Conditions like EPM affect the nervous system through infection, while cervical stenotic myelopathy, commonly called wobblers, results from compression of the spinal cord within the neck.
When the cervical canal narrows, nerve transmission becomes disrupted, leading to incoordination, weakness, and loss of balance. Identifying the source early is critical, as management and prognosis differ significantly between these conditions.

Persistent stallion behavior after castration often indicates functional testicular tissue remains.
When a retained testicle is located within the abdomen, it continues to produce testosterone, maintaining hormonal influence despite prior surgery. Identifying and removing that tissue is necessary to resolve the underlying endocrine source driving the behavior.

Subtle performance changes often point to biomechanical restriction rather than overt lameness. Inconsistent lead changes, resistance under saddle, stiffness through turns, or altered posture can reflect dysfunction in how the spine and surrounding structures are moving.
Evaluation by a qualified chiropractor can help determine whether the issue is mechanical or requires veterinary intervention, ensuring the horse is directed to the appropriate level of care.

Medial femorotibial joint injections require accurate localization to ensure the therapy is delivered intra articularly. Subtle joint distension and fluid displacement help confirm positioning, allowing the medication to directly influence the joint environment responsible for pain and inflammation.

OCD lesions in the hock are often silent early and become limiting once the joint begins to react. Addressing them before the joint environment changes is what protects long term function.

Excess granulation tissue disrupts normal wound contraction and epithelialization. When it extends beyond the skin margins, it creates a physical barrier that prevents proper closure. Controlled debridement reestablishes the wound surface, allowing epithelial cells to advance and the healing process to progress more efficiently.

Joint effusion is not just fluid, it reflects the level of synovial inflammation within the joint. Increased synovial production changes the pressure and environment inside the joint, which can directly impact cartilage health and movement. Managing that environment is key to restoring more normal joint function.

Joint injections are performed in a closed, highly sensitive environment where even minimal contamination can have significant consequences. For that reason, some clinicians include intra articular antimicrobial coverage as an additional safeguard alongside strict aseptic technique.

The priority is not just the injection itself, but protecting the joint environment immediately after, when it is most vulnerable.

Aseptic preparation is not about speed, it is about reducing bacterial load at the exact point of entry. Technique matters. Contact time, direction of scrubbing, and avoiding cross contamination all determine how clean that site truly is. This step directly impacts infection risk, especially when entering a joint or deeper structure.